Introduction to Sustainable Energy Systems

Combining an Introduction to Sustainable Energy Systems with workshops on hand tools, power tools, safety tickets, basic electrical, and electronics, as well as their application in green energy systems in a two-week course at Ace Community College offers a practical and holistic approach to starting learning. Throughout the course, emphasis is given to training on safety procedures, including the importance of personal protective equipment (PPE), proper handling of tools and equipment, and adherence to industry standards and regulations.

Program Duration: 2 weeks (60 hours)

Program Highlights:

Hands-On Experience: Participants engage in practical activities and projects to reinforce theoretical concepts.
Emphasis on Safety: Throughout the course, priority is placed on safety procedures, including the proper use of personal protective equipment (PPE) and adherence to industry standards and regulations.
Expert Instruction: Learn from experienced instructors with industry expertise, providing valuable insights and guidance.
Networking Opportunities: Connect with peers and professionals in the field, fostering collaboration and knowledge sharing.

Who Should Attend:

Individuals interested in pursuing careers in the renewable energy sector.
Students seeking a practical and immersive learning experience in sustainable energy systems and related skills.
Professionals looking to enhance their skill set and stay abreast of developments in the green energy industry.

Note: This program does not require approval by the Private Training Institutions Branch (PTIB) of the Ministry of Post-Secondary Education and Future Skills.

Week 1: Understanding Sustainable Energy Systems

Day 1-2: Introduction to Sustainable Energy Systems

Overview of sustainable energy and its importance
Introduction to renewable energy sources: solar, wind, hydropower, biomass, geothermal, and ocean energy
Characteristics, applications, and trends in renewable energy
Importance of Safety in Sustainable energy systems

Day 3-4: Introduction to Hand Tools and Power Tools used in Sustainable Energy Systems

Introduction to Hand Tools-Day3

Overview and importance of common hand tools used in renewable energy projects.
Safety Practices when using hand tools and proper handling techniques to prevent accidents and injuries.
Types and Uses of Hand Tools
Identification and explanation of various hand tools such as wrenches, screwdrivers, pliers, hammers, etc.
Demonstration of how each tool is used in specific tasks related to green energy systems.
Maintenance and Care
Importance of keeping hand tools clean and in good condition
Tips for maintaining and storing hand tools to prolong their lifespan.

Introduction to Power Tools-Day4

Overview of common power tools used in renewable energy projects.
Benefits and efficiency of power tools compared to manual methods.
Importance of safety precautions when operating power tools
Demonstration of proper use of personal protective equipment (PPE) such as goggles, gloves, and hearing protection
Types and Applications of Power Tools
Explanation and demonstration of various power tools such as drills, saws, impact drivers, etc., and their applications in green energy systems
Discussion on the importance of choosing the right power tool for the job
Operation and Maintenance
Proper techniques for operating power tools safely and efficiently
Maintenance tips to ensure power tools remain in good working condition.
Integration with Green Energy Systems
Application of Hand and Power Tools in Renewable Energy Projects
Discussion on how hand and power tools are used in the installation, maintenance, and repair of solar panels, wind turbines, hydroelectric systems, etc.
Examples and case studies of hand and power tool usage in green energy projects
Hands-On Practice
Practical exercises allowing participants to use hand and power tools under supervision.
Simulated tasks related to green energy systems, such as assembling solar panel mounts or tightening bolts on wind turbine components.

Day 5: Safety Trainings including WHIMS, Ladder Safety, Confined Space, Electrical Safety for Non Electrical Workers and PPE

Week 2: Basic Electrical and Electronics and Renewable Energy Technologies

Day 1: Basic Electrical and Electronics in Green Energy Systems

Basics of electrical systems in renewable energy installations
Integration of electrical components in solar PV, wind, and other renewable energy systems

Day 2: Basics of solar energy: photovoltaic (PV) technology

Introduction to Photovoltaic (PV) Technology
Understanding PV Cells and Solar Panels
Inverters: Converting Solar Energy to Usable Electricity
Mounting Structures and Tracking Systems in PV Systems

Day 3 : Wind energy fundamentals: turbines, power generation, and site selection

Turbines:

Anatomy of Wind Turbines: Components and Functionality
Types of Wind Turbines: Horizontal Axis vs. Vertical Axis
Wind Turbine Design and Efficiency Considerations
Innovations in Wind Turbine Technology: Trends and Advancements

Power Generation:

Wind Energy Conversion: From Wind to Electrical Power
Understanding Wind Turbine Power Curves and Capacity Factors
Grid Integration of Wind Power: Challenges and Solutions
Economics of Wind Power: Cost, Revenue, and Return on Investment
Site Selection

Site Assessment for Wind Energy Projects: Factors and Methods

Wind Resource Assessment: Measuring and Analyzing Wind Patterns

Day 4 : Thermal Energy Fundamentals

Introduction to Thermal Energy:

What is Thermal Energy?
The Basics of Heat Transfer: Conduction, Convection, and Radiation
Thermal Energy and its Importance in Everyday Life

Thermal Energy Sources:

Fossil Fuels and Thermal Energy Production
Biomass and Bioenergy: Harnessing Thermal Energy from Organic Matter
Geothermal Energy: Tapping into the Earth's Heat

Steam Power Plants: Converting Thermal Energy into Electricity

Applications of Thermal Energy:

Industrial Processes and Thermal Energy: Heating, Cooling, and Manufacturing

Day 5 - Basics of electrical systems in renewable energy installations

Integration of electrical components in solar PV, wind, and other renewable energy systems
Hands-on activities involving wiring, troubleshooting, and basic electronic circuits

TBD

The Advanced Diploma in Data Cabling and Security Systems is an industry focused program that provides students with the technical expertise and practical skills required to succeed in the telecommunications, IT infrastructure, and security sectors. The program covers a broad range of topics, including the design, installation, and maintenance of structured cabling systems and advanced security solutions. Students gain hands-on experience with various cabling types, such as Cat5e, Cat6, and fiber optics, as well as network devices like switches and routers. They learn to set up, terminate, and test cabling systems, ensuring they meet industry standards and performance benchmarks. Additionally, the program offers in-depth training in security system installation, including CCTV cameras, access control systems, and alarm technologies, enabling students to integrate and maintain secure environments effectively.
The curriculum also integrates project management principles and troubleshooting techniques, equipping students with the problem-solving and organizational skills needed to oversee cabling and security projects from planning to completion. Practical application of theory is reinforced through workshop training using industry standard tools, allowing students to simulate real-world scenarios.

Program Overview:
Graduates of this program are well-prepared for roles such as Data Cabling Technicians, Network Infrastructure Specialists, and Security Systems Installers. With a focus on technical expertise, safety compliance, and adaptability to emerging technologies, the Advanced Diploma in Data Cabling and Security Systems positions students for success in a competitive and growing field. Practical application of theory is demonstrated in shop of our campus. Safety and compliance are emphasized throughout the program. Students are trained in essential workplace safety practices, including WHMIS, Working at Heights, Elevating Work Platforms, Lockout & Tag Safety, Scaffold Users’ Hazard Awareness, Confined Spaces Hazard Awareness. These certifications ensure graduates are prepared to work safely in diverse environments while adhering to industry standards

Career Opportunities:
Graduates will be prepared for careers in designing, installing, and maintaining network cabling and security systems. Job roles include Data Cabling Technicians, Security Systems Specialists, and IT Infrastructure Coordinators. Graduates can work in telecommunications, IT services, and security sectors, contributing to robust infrastructure and reliable systems. This program provides hands-on skills and knowledge to meet industry demands, enabling professionals to support critical connectivity and security needs in modern businesses and organizations.

Program Accreditation:
Our program is fully accredited by the Private Training Institutions Branch (PTIB) of the Ministry of Advanced Education and Skills Training, ensuring the highest standards of education and training excellence.

Length of the Program:
The duration of our program encompasses a total of 1440 hours over 72 weeks of comprehensive instruction and hands-on training. This time frame ensures that students receive a focused and intensive educational experience, preparing them effectively for their chosen career paths within the construction and trades industry.

Prior to Acceptance:

English Language Proficiency Requirements

Provide verified results for one of the English language proficiency tests listed below. Test results must be dated no more than two years before the start date of the program.

Name of English language assessment/test		Minimum score(s)/level(s)*
1.	International English Language Testing System (IELTS) Academic	Minimum overall score of 5.5
2.	Test of English as a Foreign Language (TOEFL) IBT	Minimum overall score of 46
3.	Canadian Academic English Language Assessment (CAEL)	Minimum overall score of 40
4.	Canadian English Language Proficiency Index Program (CELPIP)	Listening 6, Speaking 6, Reading 5, and Writing 5.
5.	Duolingo English Test (DET)	Minimum overall score of 95
6.	Pearson Test of English (PTE) Academic	Minimum overall score of 43
7.	Cambridge English Qualifications: B2 First exam (FCE) Institutions may include other Cambridge Qualifications at a higher level (i.e., C2 Proficiency (CPE)).	Minimum overall score of 160 or "C"
8.	Cambridge Linguaskill	Minimum overall B2 level
9.	LANGUAGECERT Academic	Minimum overall B2 level
10.	The Michigan English Test (MET)	Minimum overall B2 level
11.	iTEP Academic	Minimum overall score of 3.5
12.	EIKEN	Minimum placement of Grade Pre-1

OR

High School Credential

Evidence that 3 years of full-time secondary education (Grades 8-12), or 2 years of secondary education (including English 10 and 11 with a grade of ‘C’ or higher) from a country where English is one of the principal languages

OR

Other Criteria

2 years of full-time post-secondary education have been completed in the program’s language of instruction in a country where the language of instruction is one of the principal languages.

OR

Mature Domestic Students:

This option applies only if:
The program's language of instruction is English.
The applicant is a mature domestic student facing barriers.
The applicant is unable to access their educational records or provide sufficient proof of secondary/post-secondary education.
Accuplacer Assessment:
- Applicants must be [X] years or older at the start of the program and a Canadian citizen or permanent resident.
- Must provide attestation of completing at least three years of full-time education in English in a country where English is one of the primary languages (ELL courses do not count).
- Must achieve the following minimum scores on the Accuplacer English Assessment (Next Generation):
  - Reading: 230
  - Writing: 230
  - WritePlacer: 4

AND

Math Proficiency Requirements : Successful completion of provincially recognized Grade 10, 11, or 12 Mathematics with a minimum passing score of C.

OR

Successful completion of a math assessment conducted in-house by Ace Community College with a minimum score of 50%.

Program Duration & Structure

Component	Duration	Total Hours
Classroom & Practical Training	36 Weeks	720 Hours
Co-op Training (with Data Cabling & Security Systems Contractors)	36 Weeks	720 Hours
Total Program Length	72 Weeks	1440 Hours

Homework Expectation: 1-3 hours per day
Flexible Learning Options: In-class, Distance, or Combined Learning

Detailed Course Breakdown

Course Title	Hours	Delivery Method	Distance/Combined Delivery
Signals and Wires/ Copper Media	20	Combined	Synchronous
Fiber-Optic Media/ Introduction to Cabling	20	Combined	Synchronous
Structured Cabling/ Tools of the Trade	20	Combined	Synchronous
Cabling Installation Process/ Cabling Rough-In	20	Combined	Synchronous
Trim Out Phase/ Finish Phase	20	Combined	Synchronous
Summative and Final Evaluations	40	Combined	Synchronous
Cabling and Safety Overview/ Networking	40	Combined	Synchronous
Small Business Management	20	Combined	Synchronous
Cabling Rough-In	20	Combined	Synchronous
Fundamentals of an Estimator	20	Combined	Synchronous
Estimating and Takeoffs	20	Combined	Synchronous
Shop Training - Cabling	80	In-Class	N/A
Introduction to Security Alarm Systems Hardware	20	Combined	Synchronous
Security System Wiring and Hardware Demonstrations	20	Combined	Synchronous
DSC Security System Programming Walkthrough	20	Combined	Synchronous
Live Hardware Installation and Extra System Info (Panel, Keypad & Devices)	20	Combined	Synchronous
Internet Module Set-Up and Use	20	Combined	Synchronous
Using & Understanding Your Security System and Features - Basic	20	Combined	Synchronous
Using & Understanding Your Security System and Features - Advanced	20	Combined	Synchronous
Shop Training - Security Alarm Systems	80	In-Class	N/A
Basics of CCTV	20	Combined	Synchronous
IP Camera Systems - Basics of IP Networks & IP Cameras	20	Combined	Synchronous
IP Camera Systems - Network Video Recorders (NVR) & Useful Tools	20	Combined	Synchronous
IP Camera Systems - Video Management System (VMS)	20	Combined	Synchronous
Shop Training - CCTV	80	In-Class	N/A
Co-op Training with Security Systems Contractor	720	In-Class	N/A

Total Program Hours: 1440
Includes hands-on experience and real-world projects

Advanced Diploma in Data Cabling & Security Systems

* The application is currently in process. No enrollments, advertisements, or marketing will be entertained until this program is approved by the Private Training Institutions Branch (PTIB) of the Ministry of Post-Secondary Education and Future Skills.

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